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1. While holding down Blue keep pressing F# until you've selected the division, based on the following values of the four leds:

   Division	LEDs
   ÷ 1
   ÷ 2
   ÷ 3
   ÷ 4

Clock Source must be MIDI or External Gate for this to have any effect

1. While holding down Green keep pressing F# until you've selected the source, based on the following values of the four leds:

   Source	LEDs
   Internal
   MIDI
   External Gate
   Random

1. Hold Green and G#

2. Send the MIDI CC message from wherever

3. Release both buttons

If the CC's value is 0 (or low), several multi functions will appear to not work. Set it to the highest value to be safe

1. While holding down Green keep pressing G# until the channel is set, based on the following values of the four leds:

   Channel	LEDs
   1
   2
   3
   4
   5
   6
   7
   8
   9
   10
   11
   12
   13
   14
   15
   16
   Omni	(flashing)

If interpreted as binary numbers written backward, the binary number is one less than the MIDI channel it corresponds to.

1. While holding down Green keep pressing A# until you've selected what you want multi to do, based on the following values of the four leds:

   Function	LEDs
   Quantized Voltage
   Triangle LFO
   Random Voltage
   Decay Envelope

2. To change the CC that can control the CV output, hold down Green and hold down A#, then send a CC value on the selected MIDI Channel (e.g. move the mod wheel of your controller).

There is no way to view the selected CC once it has been set

1. While holding down Blue keep pressing A# until you've selected the decay value you want:

   ms	LEDs
   60
   120
   240
   450
   900
   1800
   2600
   7200

MIDI CC will control the height of the envelope

1. While holding down Blue keep pressing A# until you've selected the levels per volt (based on CC or mod wheel):

   Levels/volt	LEDs
   Unquantized
   48 (1⁄4 semitone)
   24 (1⁄2 semitone)
   16 (2⁄3 semitone)
   12 (1 semitone)
   8 (11⁄2 semitones)
   4 (3 semitones)
   2 (6 semitones)

1. While holding down Blue keep pressing A# until you've selected the number of values per clock:

   Voltages⁄Clock	LEDs	Notes
   4⁄1		fastest
   3⁄1
   2⁄1
   1⁄1		on beat
   1⁄2
   1⁄3
   1⁄4
   1⁄8		slowest

MIDI CC will control the range of the random voltages

1. While holding down Blue keep pressing A# until you've selected the # of cycles per clock

   Cycles⁄Clock	LEDs	Notes
   3⁄1		fastest
   2⁄1
   1⁄1		on beat
   1⁄2
   1⁄3
   1⁄4
   1⁄6
   1⁄8		slowest

MIDI CC will control the amplitude of the triangle

1. Patch Gate to VCA Mod to defeat VCA Env

2. Output CVs:

   Jack	Notes
   Clock out	Outputs Clock only when sequedncer is running
   Env Out	Envelope CV output, 0-10V
   Gate Out	Trigger when notes played
   LFO Out	Triangle LFO, ±5V
   Multi	Outputs CV based on Multi configuration
   Pitch	Outputs CV based on pitch from e.g. MIDI

3. Output Audio:

   Jack	Notes
   Filter Out	Audio from the filter
   Osc Out	Outputs the waveform
   Output	Audio output to e.g. mixer

4. Input CVs:

   Jack	Notes
   Clock In	External clock input
   Env In	Gate input, triggers envelope
   FM	Linear Frequency Modulation
   Filter Mod	Cutoff modulation, feeds into Filter Mod
   Pitch	1V/Octave
   VCA Mod	CV to modulate the VCA
   Width	Pulse with, negative is 100%, positive 0%

5. Input Audio:

   Jack	Notes
   Filter In	Audio into the filter
   VCA In	Audio into the VCA

1. Hold Green, then press D to enter “hold” mode.

2. While Green is still held, press D again to clear the stuck note